SIMR 2025
Empowering Resilience: Transferring Technologies into Solutions for Effective Disaster Risk Reduction.
SIMR 2025
Schedule Overview
Theme 1: Engineering Geomechanics of Rock and Soil Masses
- T01S01: Ground Property Characterization from In-Situ Tests
- T01S02: Structure of Soil and Rock Mass
- T01S03: Engineering Geology and Environment of Redbeds
- T01S04: Rock Mass Engineering Geomechanics
- T01S05: Interface Engineering Geomechanics
- T01S06: Behavior and Treatment of Special Soil and Soft Rock
- T01S07: Multiphase Flow and Geomechanics in CO2 Geological Sequestration
- T01S08: Unsaturated Soil Mechanics
Theme 2: Climate Change and Sustainable Development
- T02S01: Extreme Climate, Soil and Water Conservation, and Sustainable Development in Semiarid Regions (Combined by T02S01/T02S06)
- T02S02: Cryospheric Changes and Sustainable Development (Combined by T02S02/T02S03/T02S04)
- T02S05: Impact of Climate and Environmental Change on Engineering (Combined by T02S05)
Theme 3: Megacity Engineering Geology
- T03S01: Development and Utilization of Urban Underground Space and Adverse Geology (Combined by T03S01/T03S03/T03S07)
- T03S02: Megacity Geotechnical Engineering under Complicated Geological Conditions (Combined by T03S08/T03S09)
- T03S03: Recent Advances in Megacity Engineering Geology (Combined by T03S03/T03S05/T03S06/T03S07)
- T03S04: Seismic characterization, Design and Analysis of Urban Underground Space (Combined by T03S04/T03S06)
Theme 4: Geoenvironmental Engineering and Ecological Solutions
- T04S01: Biological and Ecological Geoenvironmental Engineering (Combined by T04S03/T04S04/T04S08/T04S09)
- T04S02: Sustainable Remediation of Contaminated Sites (Combined by T04S02/T04S05/T04S06/T04S07)
- T04S03: NbS (Nature-based Solution) for Environmental Protection and Ecological Restoration (Combined by T04S01/T04S07)
- T04S04: Expansive Soil/Clay and Its Environmental Effects(Combined by T04S10/T04S12)
- T04S05: Solid Waste Landfills and Relevant Environmental Geotechnics (Combined by T04S11)
Theme 5: Active Tectonics, Geomorphology, and Geological Hazards
- T05S01: Rockslide/Rock Avalanches: Geomorphology, Sedimentology, and Emplacement Dynamics
- T05S02: Active Faults and Earthquake Chained Hazard Zonation
- T05S03: Large-Scale Geohazard in Active Tectonic Region, as a Special Session of C24-IAEG
- T05S04: Tectonics, Surface Processes, and Geohazards
- T05S05: Mechanism, Evolution, and Prevention of Geological Hazards Caused by Earthquakes
Theme 6: Marine Engineering Geology, Marine Geoenvironment and Disasters – 3rd International Symposium on Marine Engineering Geology (ISMEG 2023)
- T06S01: Geophysical techniques and Methodological Advances for Marine Engineering Geology, Marine Geoenvironment and Disasters (Combined by T06S01/T06S08)
- T06S02: Recent Development on Submarine Landslide and Its Hazard Chains
- T06S03: Coastal Engineering Environment
- T06S04: Seabed Process in Marine Environments and Engineering Geological Disasters (Combined by T06S04/T06S09)
- T06S05: Geological Disasters Associated with Natural Gas Hydrate Systems and Their Effects on Marine Geological Environment
- T06S06: Marine Carbon Dioxide Geological Storage and Shallow Gas Emission: Monitoring, Risk Evaluation and Mechanism (Combined by T06S06/T06S07)
Theme 7: Deep Earth Resource and Energy Exploitation
- T07S01: Geomechanics for Deep Oil and Gas Exploitation along the Maritime Silk Road (Combined by T07S01/T07S07)
- T07S02: Engineering Geology for Deep Mining and Energy Storage (Combined by T07S02/T07S03/T07S04)
- T07S03: Exploration and Exploitation of Medium-deep Geothermal Resources (Combined by T07S06)
Theme 8: Geohazard Mechanisms, Risk Assessment and Control, Monitoring and Early Warning
- T08S01: Georisk Assessment Using Machine Learning
- T08S02: Recent Development of Numerical Models for Simulating Geohazard Processes and Chains of Geological Hazards
- T08S03: Debris Flow Dynamic Process and Its Effects on Landform
- T08S04: Debris Flows: Mechanics, Monitoring, Experiments, Assessment, Prevention, and Risk Management
- T08S05: Research on Disaster Prevention and Environmental Protection in Japan
- T08S07: Integrating Hydrologic Information into the Next Generation of Landslide Early Warning Systems (Combined by T08S06/T08S07)
- T08S08: Mechanism, Mitigation, and Risk Management of Geohazards Triggered by Extreme Weather Events
- T08S09: Chains of Geohazards: Mechanism, Modelling and Prediction
- T08S10: Navigating Natural Hazard Risk Assessment and Management: Compound, Consecutive, and Cascading Events
- T08S11: Coseismic Landslides: Disaster Risk Cognition and Reduction
- T08S12: Advances in Disaster Reduction of Large Landslides: Activities of JTC1 and iRALL
- T08S13: Advances in Modelling Rainfall-Induced Landslides
- T08S14: Landslide Dams: Formation, Stability, Breaching and Risk Management
- T08S15: Numerical Methods for Engineering Geology and Geohazards
Theme 9: Technological Innovation in Engineering Geology (3rd Shaoxing International Forum)
- T09S01: Advanced Monitoring Technologies for Geoengineering
- T09S02: In-situ Geo-technology (Combined by T09S02/T09S03)
- T09S03：New Laboratory Techniques and Their Applications in Engineering Geology (Combined by T09S04)
- T09S04：Current Trends and Future Perspectives of Machine Learning Applications in Geoscience and Engineering Geology (Combined by T09S05)
Theme 10: Applied Geology for Major Engineering Projects
- T10S01: Geological Problems and Countermeasures in Transportation Tunnel Engineering (Combined by T10S01/T10S03)
- T10S02: Large Deformation in Squeezing or Intensively Fractured Rocks
- T10S03: Mechanism, Monitoring, and Early Warning of Dynamic Disasters in Deep Underground Engineering (Combined by T10S04/T10S05)
- T10S04: Advanced Geological Prediction Techniques and their Applications in Tunnel Construction (Combined by T10S07)
- T10S05: Engineered Slope Stability and Control (Combined by T10S05/T10S08)
- T10S06: Physical Modeling for Geological and Geotechnical Engineering (Combined by T10S06/T10S09)
- T10S07: Prevention and Mitigation of Geohazards in Reservoir Area (Combined by T10S10)
- T10S08: Hazard Prevention and Control of Groundwater System (Combined by T10S06)
Theme 11: Preservation of Cultural Heritage and Engineering Geology
- T11S01: Investigation, Design, and Monitoring of Cultural Heritage
- T11S02: Material, Environment, and Digital Preservation of Cultural Heritage
- T11S03: Engineering Geology in Preservation and Protection of Heritage Sites, Stone Resources, and Geo-heritage
Theme 12: Young Engineering Geologist Afternoon
- T12S01: Mitigating Climate-Induced Geohazards in Vulnerable Hotspots
- T12S02: Multiphysics Coupling in Fractured Rocks and Its Engineering Application (Combined by T12S02/ T12S04)
- T12S03: Creep Characteristics of Rock and Soil Mass and Its Disaster-induced Mechanism: Testing, Monitoring, Early Warning, and Prevention (Combined by T12S03/ T12S07)
- T12S05: Geological Hazards and Risk Management (Combined by T12S05/ T12S06)
We are one of the first universities in the country to be designated as "Double First Class" universities.
About us
Events
Other links
![]()
WeChat
CHINA- CHENGDU
![]()
Email: sklgp_cdut@126.com
![]()
Address: No.1 Erxianqiao East Third Road, Chengdu, Sichuan Province
UK-LOUGHBOROUGH
![]()
Email: unesco.imrr@mailbox.lboro.ac.uk
![]()
Loughborough University, Epinal Way, Loughborough, Leicestershire LE11 3TU
Copyright @ 2024 Chengdu University of Technology All rights reserved. 京ICP备050046188号-1
版权所有 © Smart lnformatics andMulti-hazard Reduction
技术支持：优河马